Consider two charged parallel plates that are separated by a distance of 2 m i an electric charge of magnitude -1.2x10-15 C enters through a small hole in the negative plate and moves towards the positive plate. The speed of the negativ charge near the left plate is 4×10°m ·s', as shown in the figure given below. As that the electric field between the plates is uniform and the potential differenc between the plates is 200 V. The approximate speed of the charged particlewh has covered a distance of 1 m from the left plate is: (Consider the mass of cha •S particle, m = 6x10* kg) -23 Q. 2 m 2.25x10° m -s¯ -1 3.65×10° m·s 4.05×10° m-s -1 4.5x10° m-s -1

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Consider two charged parallel plates that are separated by a distance of 2 m in which
an electric charge of magnitude -1.2x10-1 C enters through a small hole in the
negative plate and moves towards the positive plate. The speed of the negative
charge near the left plate is 4x10° m ·s', as shown in the figure given below. Assume
that the electric field between the plates is uniform and the potential difference
between the plates is 200 V. The approximate speed of the charged particlewhen it
has covered a distance of 1 m from the left plate is: (Consider the mass of charged
particle, m = 6x10* kg)
•S
-23
Q.
2 m
2.25x10° m -s¯
-1
3.65×10° m·s
4.05×10° m-s
-1
4.5x10° m-s
-1
Transcribed Image Text:Consider two charged parallel plates that are separated by a distance of 2 m in which an electric charge of magnitude -1.2x10-1 C enters through a small hole in the negative plate and moves towards the positive plate. The speed of the negative charge near the left plate is 4x10° m ·s', as shown in the figure given below. Assume that the electric field between the plates is uniform and the potential difference between the plates is 200 V. The approximate speed of the charged particlewhen it has covered a distance of 1 m from the left plate is: (Consider the mass of charged particle, m = 6x10* kg) •S -23 Q. 2 m 2.25x10° m -s¯ -1 3.65×10° m·s 4.05×10° m-s -1 4.5x10° m-s -1
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